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All Journal Jurnal Mahasiswa Jurusan Teknik Sipil Sinergi Rekayasa Sipil Astonjadro
Lilya Susanti
Jurusan Teknik Sipil Fakultas Teknik Universitas Brawijaya
Civil Engineering, Building, Construction & Architecture Control & Systems Engineering Electrical & Electronics Engineering Engineering Industrial & Manufacturing Engineering

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Journal : Sinergi

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Strength and permeability of ferrocement structure by using ground granulated blast furnace slag Purwaningsih, Anis; Dewi, Sri Murni; Susanti, Lilya
SINERGI Vol 28, No 2 (2024)
Publisher : Universitas Mercu Buana

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.22441/sinergi.2024.2.021

Abstract

A reinforced mortar type that can be created with a relatively thin thickness is ferrocement. Using ferrocement as a mechanically sound and sustainable building material has produced several benefits, including less use of raw materials, decreased accumulation of waste materials, and reduced greenhouse gas emissions. Cement as a constituent material of ferrocement is an environmentally unfriendly material; therefore, a more environmentally friendly cement replacement material is needed, namely Ground Granulated Blast Furnace Slag (GGBFS). Thus, creating sustainable (green) fertilizers is the main goal of this work. There are three primary stages to experimental work: Using slag cement (GGBFS) in place of partial cement of 0%, 10%, 20%, and 30% is the initial step. The primary reinforcement in the second level is wire-welded mesh, with volume fractions of support (Vf) of 1.2%, 1.8%, and 2.4%. During the final phase, a maximum of three different test objects were tested for compressive strength, water penetration depth, and flexure at a 28-day age. According to the findings, employing GGBFS led to good mortar performance. According to studies on mortar, the percentage of GGBFS utilized in a work may be determined by comparing the GGBFS substitution rates of 10%, 20%, and 30%, which show no differences in tendency. The test findings did not considerably improve the bending strength and cracking behavior of ferrocement reinforced with wire-welded mesh. One of them is influenced by the age of the concrete; at 28 days, the added material GGBFS has not yet reached its maximum strength, which results in a negligible improvement in bending strength and cracking behavior.
Co-Authors ., Kholilurrohman ., Nabila A.A. Ketut Agung Cahyawan W Achfas Zacoeb Adinda Maharani, Ghea Nabila Agraprana, Andhika Alriyandi, Ariq Amjad, Firhan Rezi Anggara Putra, Dyorizky Imaduddin Ari Wibowo Arista, Talitha Asmara Dana, Aldi Jaka Athhtaariq, M. Falah Brahmana K, Bhondana Bayu Brahmana Kridaningrat, Bhondana Bayu Brahmana Bria Seran, Rey David Budi Santoso, Farouk Angga Cahyo, Fahrizal Dwi Cendekiawan Putra, Moch Aldin Christin Remayanti N. Desy Setyowulan Devi Nuralinah Dinatra, Iqbal Rizky Dini, Hanita Nurilina F, Ananda Insan Fahrudin, Rizqi Faisal, Imam Bagus Farhani, Muhammad Rizqi Febrian, Dicky Hamdani Firdausy, Ananda Insan Firdausy, Ananda Insan Franandha, Septriana Bella G. P., Julius Nanda Hafiizh, Yusril Heryanto, Sri Hidayat, Muhammad Farras Hylga Rohman I Gde Eka Wiranatha Ikhsan, Erika Ainun Zakinah Indra Cahya Indra Waluyohadi, Indra Iqbal, Muhammad Irfandi, Rofif Alfiros Jarwo Saputra, Muhammad Aldo Kamal, Wan Muhammad Kanugrahan Dawam, Muhammad Irfan Khamdani, Muhammad Ali Kurniawan, Fajri Kusumatantri, Agnes Laksono, Rizal Adhit M. Taufik Hidayat Mahendra, Muhammad Reza Marami S. A., Fat-Hanna Maulana, Dicky Akbar Ming Narto Wijaya Mohammad Taufik Hidayat Muhammad Yusuf, Fathullah Munadi, Abu Qasim, Muhammad Yusuf, N., Faiq Putra Nainggolan, Christin Remayanti Narto Wijaya, Ming Nugroho, Bagus Prasetyo Nurfidiani Putri, Qisthina Tamimi Nuriani Virgianti, Febbi Ayu Nursamhuda, Wahyu P, Erlangga Adang P., Naadiyah Widyadhana Pangestu, Rizki Ayu Pinontoan, Frisca Presley Pramesthi, Shifa Ardhelia Pramitari W.D, Sagung Istri Pramono, Jafar Aji Prasetyo, Andi Pratama, Firman Yudi Pratama, Firman Yudi Prayoga, M. Fajar Purwaningsih, Anis Puspitasari, Isnana Putra, Yogatama Sujatmiko Putri Aji, Gumelar Asrining Putri, Desy Trikurnia Putri, Herawati Dewi Putri, Mangesti Carissa Rahma, Aisha Hawina Rahmawati, Dian Ramadhan, Firmansyah Ramadhani, Muhammad Alfian Ramayadi, Muhammad Faisal Refandi, Ricky Rivaldo, Wahyu Ruslin Anwar Sabrina, Raissa Saifoe El Unas Salim, Ahmad Agus Sani, Firzi Maulana Saputri, Meirheyma Denfia Satriopratomo, Dhimas F. Satriopratomo, Dhimas F. Satrya, Rahmat Budi Saulina Situmorang, Gracesella Novita Sembiring, Aldi Efrata SembiringMaha, Syella Audina Setiadi, Alan Dharmasaputra Setiawan, Fadilah Shavira, Alexandra Shana Silalahi, Jogi Sitanggang, Gilbert Siti Nurlina Sri Murni Dewi Sri Murni Dewi, Sri Syafirra, Sonnia Taffareld, Muhammad Firhand Tuanany, Syafiqah Rizky V P, Andreas Brian W., Dicky Wirasatya W., Ramadhan Budhi Waluyo, Ajit Rachmatsyah Wicaksono, Armanda Wisnu Wijaya, Ming Wisnumurti . Yatnanta Padma Devia Yohanes Ola Sira Lamawato Yulianto, Angga Restu